1. MARCELO L. BRANDON G. ADITYA B. NIKHIL S. THE INCREDIBLE HUD

2. Project Overview  Helmet-based heads-up display  Displays telemetry data such as speed, direction, temperature, and G-force  Displays image from web camera to implement a “rear view mirror”  The user can select different display modes  An accelerometer, GPS module, and thermometer will generate telemetry data  Data will be recorded onto SD card to allow for future review  The battery pack, motherboard and primary PCB will be located in a secondary backpack enclosure

3. Project-Specific Success Criteria 1.An ability to display critical system information via a heads-up-display (HUD). 2.An ability to measure telemetry information (speed, acceleration, temperature, and GPS) and store it to flash memory. 3.An ability to maintain portability through the use of a rechargeable battery system. 4.An ability to enable/disable important features within the display (full information, minimal, on/off). 5.An ability to plot recorded GPS data on a map while overlaying telemetry information on a computer.

4. Block Diagram 12V

5. Environmental Impact Manufacturing - Carbon fiber, Plexiglas, aluminum - PCB, LCD display, Atom board, etc. - Battery

6. Environmental Impact Disposal - Carbon fiber, Plexiglas, aluminum are not considered hazardous waste - PCB, LCD display, Atom board, etc. - Li-po batteries can be thrown away

7. Ethical Challenges  Safety of the complete product  Misinformation  Rear-view camera  Warning labels for battery  Operating conditions  LCD display mount  User manual

8. Questions ?